Free hp india laptop software for linux

wmlaptop is a WindowMaker dockapp able to satisfy any requirements of a linux user with a laptop.
The smartest should have easily guessed that wmlaptop includes an advanced battery information interface, including an indicator which estimates the remaining battery autonomy.
Main features:
- Battery estimated time remaining
- Multi Batteries support
- Battery remaining charge (visual and percent)
- Auto-Frequency Scaling
- Manual Frequency Scaling
- 0-100 Cpu Load indicator
- APM and ACPI support
- sysfs and /proc filesystems support
- Kernel 2.6 series fully compatible
- Visual support for multiple batteries
- "Visual and audio" alarm on Low-Battery
- Auto shutdown on Low-Battery
- Easy screen saver starter
- Console executable
- Longrun Transmeta Cpu support
Enhancements:
Added: Makefile.Longrun src/longrun.h src/lungrun_linux.c, src/longrun_freebsd.c
Updated: src/main.h src/cpu.c src/init.c src/event.
Implemented support for Transmeta CPUs with Longrun capability. On these systems you set a range of frequencies (actually "performance levels") and the system will automatically adjust within the range based on CPU load (like the auto-freq function but hundreds of times per second). The support works as follows:
-The arrows shift the maximum performance level up and down by one unit. The minimum always stays at 0 (which is equivalent to, e.g., 300 MHz on a 1 GHz CPU).
-If "auto-freq" is turned on, the range is set to (0, max), otherwise it is set to (max, max).
-Theoretically code could be added to adjust the shift size based on right-clicks on the arrows, but with only 5 levels typical on a CPU, this isnt a high priority.
-On startup, the setting is set to 0,current, current,current depending on auto-freq state, where min or max is used in place of current if min or max setting is requested. Note that this and subsequent adjustments may not interact well with other processes or daemons adjusting longrun state, such as an acpid script.
src/main.c
fixed bug whereby dont-blink setting in argsConfig.h was being ignored.
src/main.c src/main.h src/event.c src/battery.c
added cpuUpdate and batteryUpdate options/defaults so update rates can be configured.
src/pixmap.c
is now possible to choose among 3 type of skin

Old Laptop As Firewall is a single, 1440kb floppy Linux with 16-bit PCMCIA support and PPP for using a Pentium I/II laptop to firewall a dial-up connection.
The floppy is msdos-formatted and uses Syslinux to boot into a 4MB ramdisk with a Minix version 2 filesystem. The system was compiled with uClibc 0.9.28.
Main features:
- 2.4.34 non-modular kernel, compressed with lzma
- uClibc 0.9.28
- busybox 1.4.1
- pcmcia-cs 3.2.8
- pppd 2.4.4b1
- iptables 1.3.7
- dnsmasq 2.35
- 100 kb free on the floppy to add more programs!
Version restrictions:
- OLAF has not been tested with more than one computer behind
- the firewall (I only have two boxes to work with.)
- The supplied chat script probably wont work for many people.
- There currently isnt any support for local timezones.
- The Windows and Mac support is lacking; I dont have
- either OS to work with.
Enhancements:
- The file permissions in /etc/* were changed from 0600 to 0644 on all plain text files except gshadow, shadow, and ppp/pap-secrets.
- The file permissions on /bin/busybox were changed from 0700 to 0755.
- The original permissions were too strict for dnsmasq, which runs as user nobody and couldnt access /etc/hosts.

Laptop-Hotswap kernel module enables hot-swapping for disk drives with full DMA support under Linux. It requires kernel 2.6.15+ and ACPI.
I think it ought to work on just about any laptop, although Im not as familiar with ACPI as Id like to be. It works fine on my T22. There could be issues with laptops with two expansion bays -- I shut down the entire ide1 interface and fire it back up, and I do all my watching on the ACPI device for the IDE1/Master. So if you had a slave device, and you ejected the master, your slave will go bye-bye. Thinking about ways around that, but they dont export too much of the ide driver. I think itd be easy to handle, you just have to make sure youre not using either master or slave whenever you eject one of them.
At least on my laptop, dont go pulling things while your laptop is sleeping. Do it when its awake.
The floppy support should work, but my floppy drive isnt with me right now.
Theres one parameter -- auto_eject. If you set it to 1, the driver will automatically shut down and unregister the IDE interface upon getting a request for ejection (On my T22, I pull a little switch and a lever pops out -- the drive is still connected at that point, but it shows as a request for ejection). If your laptop doesnt have a mechanism for that:
echo -n "MSTR eject" > /proc/acpi/lths
Will shut down and software-eject the drive, and you can safely pull it and insert another.
See the scripts in config/ -- theyre made to work with acpid to handle the ejection and umounting and insertion. The mount/umount stuff only matters for a drive caddy, I suppose.
It shouldnt matter what you have in your laptop at boot. This module also fixes that annoying thing on my T22 where if I dont have a ultrabay battery in at boot, I cant ever see its status.
Enhancements:
- Support for the Fujitsu S7020 (and possibly other laptops using a PATA bay with an SATA main disk).

PowerTop project detects which Linux programs and kernel tunables are resulting in the largest power consumption and use of battery time.
Power usage is a hot topic for computer users everywhere. For some, its a matter of how long a laptop lasts without being plugged in. For others, its controlling the temperature of hundreds of systems within a datacenter. For all of us, its about keeping the electricity bill under control and being kind to the environment.
Getting your computer to use the least amount of power can be problematic. This site provides information on reducing power usage, tips, and tricks for Intel-based computers running Linux*.
As a first step, Intel is releasing PowerTOP, a tool that helps you find what software is using the most power. By fixing (or closing) these applications or processes, you can immediately see the power savings in the tool. Youll also see the estimated time left for battery power if you are running a laptop. The Tips&Tricks page has fixes for a lot of the issues that are already found. Join our mailing list to participate in this effort to get Linux to use less power.
Building:
Just type make and then run the program...
tar -zxf powertop-1.1.tar.gz
cd powertop
make
./powertop
Enhancements:
- This release shows P-states (frequencies).
- A suggestion to disable TV-out and to disable Wake-On-LAN for unused ethernet has been added.

lollipop is a POP3 server that is almost RFC 1939 compliant. lollipop main goal is speed, since it is designed for users who store very large numbers of messages (>4000) on the server. It only supports the maildir storage format.
This is an almost rfc1939 compliant POP3 server. The main goal of this program is the speed, especially if you have many mails in your maildir (>4000) and you want to store your mails on the server.
I created this program to provide a solution for my problem. I have a small server in my house and this collects my emails from my addresses (fetchmail, exim local delivery). I have a very good backup system for this machine, powered by dirvish. I have two desktops and a laptop computers. I want to store all of my emails (over 6000) on the server in maildir - mainly because this is an archived machine.
I tried to use IMAP, but unfortunately I found it slow even on fast ethernet LAN. I switched to POP3 with leave on server option but the statistic step was very-very slow. On my laptop I got timeouts before the statistic step done so its impossible to use this method on this slow machine.
Finally I decided to write a special POP3 server for this task. Poppy has memory and it reports as new mail only the new mails after the last download for that location. Its supports only maildir because for this solution, the mailbox isnt optimal. Your maildir must be in ~/.maildir if you use maildir with other name, create a link to it.
Configure: change the LAN address to your LAN (for example 192.168.1.1) in the beginning of the script.
Usage: just start it in the background. (./lollipop.pl &) and make sure not using another pop3 server.
Enhancements:
- CAPA in AUTH state was fixed.

Laplock project locks your computer or laptop using a media card such as USB memory, SD, MMC, or a Memory Stick. Once you register a unique card, the program starts xlock or xscreensaver when it is removed and stops it once it is plugged in again.
INSTALLATION
you need: udev, the userspace dev tools. This does
not work with devfs.
you can execute everything you want, but a screensaver
would be the best. so install xlock or xscreensaver
1) just type make to compile laplock.
2) type make install to install the binary to /usr/bin
and the sample conf file to /etc/
(you can type make DESTDIR=what/ever/ install to
install it for packages or so.)
3) edit /etc/laplock.conf.example and move it to
/etc/laplock.conf.
and youre done. have fun.
CONFIGURATION
in version 0.0.3 you only need 3 variables to set.
DEVICE
the device to watch. fire up udevmonitor
and plug in a card into your reader. normally
there are 3 lines with add@ and many shit.
(also the device)
UUID
close udevmonitor and go to /dev/disk/by-uuid/
there is a new file with the unique id of your
card.
EXECUTE
this command will be started, when you insert
your mastercard. xlock is very nice and works
good.
Enhancements:
- Debug mode was implemented with laplock -d.
- A lot of code cleaning was done in laplock.c and udev.h.
- An application is started with fork() instead of with system() and bash.
- getopt_long is used for parameters now.
- Nice indent schemes were added to the Makefile.

Monitorix is a free, open source system monitoring tool designed to monitorize as many services as it can. At this time Monitorix monitors from the CPU load and temperatures to the users using the system.
Network devices activity and network services demand are too monitorized. The current status of any corporate Linux server with Monitorix installed on can be accessed via a web browser.
It has been designed to be used under production Linux servers, but you can use it on your laptop or on your Linux box at home as well.
All the tool development is based on the Red Hat Linux and Fedora Core distributions, so this project has been made keeping in mind these distributions. It is possible you have some problems with other distributions. If so, contact with me.
Monitorix has a configuration file located in /etc/monitorix/monitorix.conf, for adapting your server to it. Every configuration option is described in the same file.
Enhancements:
- There release has support for Debian GNU/Linux, and support for German in the monthly reports.
- A new option called $ENABLE_ZOOM = [Y|N] enables the ability to have a more detailed image of each graph.
- There are some fixes and a little code cleanup.